Silkworm Genome Informatics Database

Gene

KWMTBOMO14032 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA011362

Annotation

hypothetical_protein_KGM_02677_[Danaus_plexippus]

Location

Bomo_Chr23(+):16273063-16332940 View in EpiBrowser

Location in the cell

Extracellular Reliability : 1.537 Nuclear Reliability : 1.459

CDS

ATGAAGCCACTATTTTATATAGTGGTGACCTGCTTGATACTGGCAATCAAAGCCCACCCCGAGAACATTGAAGATGTCAAGGATCTGCCCCAAGCCAATGAGCCAGTACTTGAGGCCGAAGAAAGCGAACCTCAAGCGAGGATAGAACGTTGCACCACATGTACGCAAAACCTCAAGCTCAGCTCCCCTACAGACGTTCTGGCTGCCATCAAGAACCTGCCTGGTGAAGTCCACACACAGCAGTCTTTCGAAGGCTGCTCCACAGAGAAAGGCTGCGCTGGTATTAAGCTGAAGGACGGAAAAGTCGTCGAGAAATTCGGGGACGTTGAGTCGTTCAAGAATGCGGCCGCTCTAGACAAATCCAAGGAATTCACTTTCCACCAAGCTGGAACGTTCGGGAAACTCATCGAGGGAAAAATACCCGACAACGGTCCCTTCTGGTGGATGAATCAAAACTCCCCCTTCAAGAACACTGGAGGCTTCGAGAAGTTCAGCAAAGCGAGTTCGAGCTACACCAGCGCCACGGGTGGTGGAATCGATCTGGCCGGGAACCCGTTCCTGAACGGTGACTTCTCCAAGTTGGGTGCTGGCTTCGCTGGCGCCGGTGCTGTTGGACAACCGACCAACAACTTCCAGTCTTCGGCATTTGAGTCTTCCTCCACTTACAGCAGCTCAGGGGGACTTGATGTGTCCGGCAACCCGTTTTTAAATGGAGGAGTTAGGTTGGGTCAAGGAGGAATCGGAGGTGGGCAAGGCGTCGCCGGCGCTCAGGGCATCGGCGGCGGCCAAATTGGCCAAGGTTTTGCCCAAAACGCCTTTGCCGGCAGCGCTCAAAATGGCTTCGGCTACACTGGGTCCTCGCCCAGACCGTTCTCCGCTTCCACGCCCGGGTCCAACGTGAACCTCATCCAGAACGCGCAGAAGGGCGGTGGATACGAATACGAACAGAACGCCCAGAGCGTCGACGAAGCATTCCAGAGTACTGGGAACGTTATAACTCCGGATAATGGAGGGGAGATACAGCAGACCTGCGCCGGGCAGGGCTACGTGTGCGTCCCGCGCGCCCAGTGCAACAACGGCATTGTCAGTGCCAACGGAGCGGCGTTACTCCAAGCCAACACGCAGAAACAATACTGCAACGTACGAAGCGAAATCTGCTGCAGAATCGAGATCTCCGGTCTTGCTGGAGCTGGCTCTATCCAAGGCTCTCTCGGAGTAGACTCTGCTTCCTACTCTGGTCAGGGAACGAATCTTTTCGCAACGAATCAAGGAGCTGCGAACAACTTTGGAGCCTTCGATTCCGCAAACAGAGCTTCTAGTTTTGGAGCGTCCAACTTCGGAAATGGTGCTGCAGTGAACAGAGCTTTTGATTCAAGAGGAGCATCAGGCATCTCTACTATTGGGTCGACTCTCGTTCCCCCCACTACAGCCGGTCGCTTCGGCTCTACTGGTTTTGGCAACGAAGTCTTCAAAGCGACAAGCCAATCGAACTTTATCGAAACCGATTCATTCTCCGCCGGTAGTGACGTGGCCAGTTCTTACAGACCAGGCGCAATCGGCTCCGGATTGAAACCCGGTATTCCCTATCTACCACCAGTCGACAACACCAACAGTGGATCTAATGTGGTGACCAGCACGGCTTTCCCGACGACCTTCGTGACGACGCCGCGTCCGTTCTCAACTCCCCGTCCGGTTACTCCTAAGCCCACTTACCTACCGCCCATCGTACCTTCGACATCTGCCCCTGGATACTTGCCTCCCGTAGCAGACTCATCCAACAACAGGGAGACCCGTCTTCCCCCTAACAAGGTTTACAATGAGGGAAGCGTGATCTTGGACGAAACAAGACAGCCTACGACCAGACCAACAGTTTTCACTCCAGGTCCTTCACCAAGTGAAATTCCTGCTGGATGCGCTGCTGCCCTCAAGTGTACTCCTATCGAATTCTGCACAGCTGAAGGTGTCATCTCAAACACTTCAGTCATCCTGAGTCGCGAACAAGACGCGTACCGAGTACCCTTGACAGACTGCAAAGACCTGGGGTCGGGTCGTATCGGGAAATGCTGCCGCGATCCCTTCTACACTGATCCATGGCCAACGAACCAGCTGGGCAAGTGGGTTCCCGGTGTCTTCGGAGGCAACGACGGCAAATACGTACCAGACAGTCGCGTCAGCCCGTCTACTAACGTGCGACCTCAAGTCACCGGCAGACCCCCCACCTCTCCTTCCACTGGATCAGTCATCTTGAACAACTTCAGGAATACCCCTAAACCAATTTCACCAACACCTGGACCCAACCAACTGTCTCCTGGTTACCCGTCGAGCACCCTGGCTCCTGCCTTCGTGCAGAAGAATCAGTTCAACCAAGGATCGTACGGTCAGAAGGGCGTTGGGCAAGGCAGCGTTATCGGAGTTGGACAAAACGGCCAAGGTAACCAAGGCTCTTATGGCCAAGGTTCGCAATTCACGCAAACCTCATCATCGAGAGGCCAAGGACAGTTCCCAGGTGTTGGCCAAGGACAGTTCCCAGGTGCTGGCCAAGGGCAGTTCCCAGGTGCTGGCCAAGGACAGTTCCCAGGTGCTGGCCAAGGACAGTTCCCAGGTGCTGGCCAAGGACAGTTCCCAGGTGCTGGCCAAGGGCAGTTCCCAGGTGCTGGCCAAGGGCAGTTCCCAGGTGCTGGCCAAGGAAAGTTCCCAGGTGCTGGCCAAGGCCAGTTTCCAGGTGCTGGCCAAACCGGGATACAAGGAGTTGATGTTGGCGTCACTCAAGGATTTGGCCAAGGTGCCTCCCAAGGAATTGGCCAACAAGCCATTTTCGGTCAAGGAAACAGAGGCCAATTTGGCCAAGGCACCCAGACTGTCTTCGGACAAGGACAGGGGGTCAGCCAAAAAAAAGGTTTTGGAGTCTCTCAAGGCGCTGGAGTCGGTATCAGGAACCAAGGAGCCGGCCAAGGTACACGTGTTACCTCTGACCAAGGCCAAGTATACGACCAAGGTGTTGTCCAAACCGTACAACAGGGCGTCGTCACCGCAGCGCAGCAGGGCGCAGGACAAGGAGTTAAGTACGGCCAAGGTCAAGGCTTCCAACAAGGAGGTGGCGTTAGCGTCAGTCAAGGAAGCTATGGTCAAGGAGAGTCACAGGGTGCCGGCATCAGTGCAAGCCGTGGCTCCGGACTGGCTGTCAATAAAGGAGCTGGCTTCGGAGTTAACCAAGGCACCGGTCAAGGCCAAAGTGGAGGATTCGGTGTTAGTCAGTCTACCGGTCAAGGTTTCAGTCAAGGCACTGGTTTAGGTGTCAACCAAGGAACGGAAGAAGGAATTATCCAAAATGGCGGTTTCGGGGTTGTCAGAGGATCTGGAACTGCCATCACCCAAGGAGGTGGATTTGCAATCAGCCAAGAAACAGGTCAAGAAAGCAGCTTCAGGGTTAACCAAGGTAGCGCTGGACAAGGAATATCTCAGAGCGGTGGCTTCGGAAACGGCCAAGGTGCGGGTCAAGGAGGCTTCGGGCAAGGTGGCAGCTTCGGTGTTGTTCAAGGAGGCGGATTCGGAGTAAGAGGTCAAGGCTTTGGCGTGAACCGCGGTGTAGGCATCGCGGTCACAGGTGGTCAAGGAGAAGCGATAAATCAAGGCTTTGGCCAAGGTGTTTACAACGGCGGTGGTTTCGGTACGGGCCAGCGTCTGGTCTCCGGCCGAGGGCAAGCGCTCGTCCAGGGCGAAGGTCAGACAGTCATCCAGGGAGTCGGCACCGGGGTCAGACAAAGCCAGGGTTTCACCGTCACACAGGGCAACGGCGTTGGAGTCGAGAATGAGTACAGTGCCTCAACGCAGCGGGTGTTCTTGAAGAGATACTCCGGCGGTGGACAATGTGGGCTTTTGAATCCCCAGAAACCGTACGGCAACCGAAATGATCTAGAAGTAGACTTCGCGGAGATACCCTGGCAAGCGATGGTGCTTCTCCAGACCAACAGGAGCCTGCTGTGCGGAGGAGTCATCACCAGGCCTGAGGTGGTTGTCACTTCAGCATCTTGCGTCGATGGGCTGGACGCGAAAAACGTTCTGATCAAAGGCGGAGAATGGAAACTCGGGATTGACGACGAGCCCCTCCCCTTCCAAATAGTCCAGGTCAAGACCATCATCCGCCACCCGGAGTACAAGAGGGGAAGCCTGAAATACGACGCAGCCATACTGGTGCTCTCGGAGAATCTGCGGTTCGCGAAGAACATCCAACCGATATGTCTCCCCGCAGCCGGAGAGACCTTGGACGCGTATTACAATGGAGCTGGAGAATGCATGGTCACTGGCTGGGGAAAGATCGTCTTGCAAGCTCATTTGTCCGGAAGCATCATGCATTCCCTAAACGTTTCTCTCATCAATCCTGGTGAGTGCGAAGCCAAGCTGTCCCAGGATTACCCCCACCTGCTGGAGCAGTACGACCAGGATAGCTGTGCATGCGGGCAGCCCACCAACCCACTCAACAATATCTGCAAGGTTGACATTGGCAGTGCCCTGGCGTGCACAACAGGAGACAGCCATTTCGTGCTACGAGGAGTCTACTCTTGGGACTCTGGTTGTCAGGTCGGTAACCAAATAGCGGGCTTCTACAAGTTCGACATTGAGTGGTACGAATGGGCCATAGGACTGATCGAGAGCGTTCGTTTCACTAAATACACGATCGGTACGAAGTTGACGCAGAGCAAGATCACCAGTCAAGTTTCCAGCGTCAAAACCAGTCAGTACACAGCCGGAGTTAAGGGCGTTAATGAAGTTGGTCAGGTTAAAGCTGACGGTTTGGCTCAGGGACAATTCGCTGTGAAAGACGACGGGTTCGCTCAAAGGCAATTCGCCGCTAAAGACGACAAGTTCGCTCTAGGGCAATTCGCTGCCAAAGGCGACGGGTTCGCTCAAGGACAATTCGCTGCCAAAGACGACAGATTCGCTCAAGGGCAATTCGCCGCGAAAACCGACTCGAAAACCCAAGGTTTCACCGGACAATTCAACCAGTACGGAACTAAATTCTCCGAGGTGAAAGCCGGCGAGGGCATAAGCTTCGACACCCAAGTCAAGGGTCCCATATCAAACACTTTCAGCGCGACCTACACCGAGAAGAAGGTGTACCAGTCCGAGCCGAAGATAGTGACGTACACGACGAAACCAGAGATCGTGACCTTCACCACGAAACCGGAGTACTTCACTTACACGACCAAACCGAAAATCGTGCGCTACACGACCAAACCAGAGATCGTGACCTTCACAACGAAACCCGAATACTTCACGTACACGACCAAACCGAAAATCGTTACCTACACCACGAAGCCGCAACTCATAACGTACGAGACTTCTGGAAGTGGAACGAACCCCCAATACGTGGCCCCGGGGGTGTCCTTCAACCCGTCCTTGACAGACGCCCTGCACAAACACGACGGCCAATGCAAATGCTTGGAGGGTAAAAAATAA

Protein

MKPLFYIVVTCLILAIKAHPENIEDVKDLPQANEPVLEAEESEPQARIERCTTCTQNLKLSSPTDVLAAIKNLPGEVHTQQSFEGCSTEKGCAGIKLKDGKVVEKFGDVESFKNAAALDKSKEFTFHQAGTFGKLIEGKIPDNGPFWWMNQNSPFKNTGGFEKFSKASSSYTSATGGGIDLAGNPFLNGDFSKLGAGFAGAGAVGQPTNNFQSSAFESSSTYSSSGGLDVSGNPFLNGGVRLGQGGIGGGQGVAGAQGIGGGQIGQGFAQNAFAGSAQNGFGYTGSSPRPFSASTPGSNVNLIQNAQKGGGYEYEQNAQSVDEAFQSTGNVITPDNGGEIQQTCAGQGYVCVPRAQCNNGIVSANGAALLQANTQKQYCNVRSEICCRIEISGLAGAGSIQGSLGVDSASYSGQGTNLFATNQGAANNFGAFDSANRASSFGASNFGNGAAVNRAFDSRGASGISTIGSTLVPPTTAGRFGSTGFGNEVFKATSQSNFIETDSFSAGSDVASSYRPGAIGSGLKPGIPYLPPVDNTNSGSNVVTSTAFPTTFVTTPRPFSTPRPVTPKPTYLPPIVPSTSAPGYLPPVADSSNNRETRLPPNKVYNEGSVILDETRQPTTRPTVFTPGPSPSEIPAGCAAALKCTPIEFCTAEGVISNTSVILSREQDAYRVPLTDCKDLGSGRIGKCCRDPFYTDPWPTNQLGKWVPGVFGGNDGKYVPDSRVSPSTNVRPQVTGRPPTSPSTGSVILNNFRNTPKPISPTPGPNQLSPGYPSSTLAPAFVQKNQFNQGSYGQKGVGQGSVIGVGQNGQGNQGSYGQGSQFTQTSSSRGQGQFPGVGQGQFPGAGQGQFPGAGQGQFPGAGQGQFPGAGQGQFPGAGQGQFPGAGQGQFPGAGQGKFPGAGQGQFPGAGQTGIQGVDVGVTQGFGQGASQGIGQQAIFGQGNRGQFGQGTQTVFGQGQGVSQKKGFGVSQGAGVGIRNQGAGQGTRVTSDQGQVYDQGVVQTVQQGVVTAAQQGAGQGVKYGQGQGFQQGGGVSVSQGSYGQGESQGAGISASRGSGLAVNKGAGFGVNQGTGQGQSGGFGVSQSTGQGFSQGTGLGVNQGTEEGIIQNGGFGVVRGSGTAITQGGGFAISQETGQESSFRVNQGSAGQGISQSGGFGNGQGAGQGGFGQGGSFGVVQGGGFGVRGQGFGVNRGVGIAVTGGQGEAINQGFGQGVYNGGGFGTGQRLVSGRGQALVQGEGQTVIQGVGTGVRQSQGFTVTQGNGVGVENEYSASTQRVFLKRYSGGGQCGLLNPQKPYGNRNDLEVDFAEIPWQAMVLLQTNRSLLCGGVITRPEVVVTSASCVDGLDAKNVLIKGGEWKLGIDDEPLPFQIVQVKTIIRHPEYKRGSLKYDAAILVLSENLRFAKNIQPICLPAAGETLDAYYNGAGECMVTGWGKIVLQAHLSGSIMHSLNVSLINPGECEAKLSQDYPHLLEQYDQDSCACGQPTNPLNNICKVDIGSALACTTGDSHFVLRGVYSWDSGCQVGNQIAGFYKFDIEWYEWAIGLIESVRFTKYTIGTKLTQSKITSQVSSVKTSQYTAGVKGVNEVGQVKADGLAQGQFAVKDDGFAQRQFAAKDDKFALGQFAAKGDGFAQGQFAAKDDRFAQGQFAAKTDSKTQGFTGQFNQYGTKFSEVKAGEGISFDTQVKGPISNTFSATYTEKKVYQSEPKIVTYTTKPEIVTFTTKPEYFTYTTKPKIVRYTTKPEIVTFTTKPEYFTYTTKPKIVTYTTKPQLITYETSGSGTNPQYVAPGVSFNPSLTDALHKHDGQCKCLEGKK

Uniprot

NA

ProteinModelPortal

NA

KEGG

101736544 no KO assigned | (RefSeq) uncharacterized LOC101736544

GO

GO:0004252 GO:0006508 GO:0045747 GO:0000287 GO:0004715 GO:0005634 GO:0007067 GO:0004713 GO:0016491 GO:0015930

SignalP

Position: 1 - 18, Likelihood: 0.995906

Length:

1818

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.03014

Exp number, first 60 AAs:

0.02962

Total prob of N-in:

0.00169

outside

1 - 1818

Pi

171.957053

Theta

146.079047

Tajima's D

0.502848

CLR

1.012114

CSRT

0.510724463776811

Interpretation

Uncertain

Source	Sequence	Identity	Evalue
29197581	NQFNQGSYGQK	96.30	7e-11
21761556	ILEPTLSVLNLPVPIEAQYVK	100.00	9e-10
29197581	QPTTRPTVFTPGPSPSEIPAGCAAAIK	100.00	1e-08
28467696	GVYSVDSQTR	100.00	1e-07
29197581	GDGFAQGQFAAK	100.00	1e-07
28467696	IPDIIIQNQVPR	100.00	2e-07
21761556	K.KGFGVSQGAGVGIR.N	100.00	1e-05
21761556	R.VTSDQGQVYDQGVVQTVQQGVVTAAQQGAGQGVK.Y	100.00	1e-05
21761556	DDKFALGQFAAK	100.00	2e-04
21761556	K.NQFNQGSYGQK.G	100.00	7e-04
21761556	K.GGEWKLGIDDEPLPFQIVQVK.T	100.00	0.004
28467696	SKDVVDKVEHTPAPNMYSPEK	100.00	0.017
21761556	R.ASSFGASNFGNGAAVNR.A	100.00	0.025

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics